De-Ionization Systems: Features, Advantages


    De-Ionization Systems

     It provides pure water by separating the ions in the water from their ions by the negatively charged anion and positively charged cation ion exchange resins. This method is generally preferred in heavy industries. Since the need for pure water arises in some production areas, the ions in the ground and surface waters to be used must be purified. At the same time, this water, which is purified from its ions, loses its conductivity, so it is one of the preferred methods in many industries. For detailed information about de-ionization systems, you can contact us at our phone numbers on our website.

    What is De-Ionization System?

     De-ionization system is the process of purifying the ions in the water by means of anion and cation units. There are negatively and positively charged ions in untreated spring waters. Thanks to the resins in the de-ionization system, the water purified from all ions becomes pure and ready for use. This purified water also loses its conductivity. De-ionization system, also called purification of water without using chemicals, is a low cost and very useful system. If you want to learn more about the details, you can use our website.

    How Do De-Ionization Systems Work?

     Since the de-ionization system is the separation of ions in the water, it must go through certain stages. The de-ionization working system is based on the process of separating the ions in the water with the help of the resins in the units. There are two different units with these resins. Since the resins in these areas, which are divided into two as cationic and anionic units, have a capacity, they must be regenerated after a certain period of use. Even though their capacities may change, resins must be refreshed as they cannot ionize water efficiently when they reach saturation. This regeneration using the reverse osmosis method ensures that the yield of the resins is restored. If you want to get detailed information about this system, you can visit our website.

    For What Purpose Are De-Ionization Systems Used?

     Today, this system, which is preferred for the purification of surface and underground waters, is especially preferred in areas with high ion loads and where pure water is needed. It is preferred in electronic fields and power plants as it loses its conductivity with the removal of ions in the purified water. The de-ionization system, which is used in cases where the water needs to be purified or its conductivity to be reduced, is preferred in many industries. Apart from these, it is generally preferred after reverse osmosis processes or after cation-anion deionization columns. If you want to get detailed information about the de-ionization system, you can contact us.

    Usage Areas of De-Ionization Systems

     Although it is preferred in many different fields, the pharmaceutical sector, which needs pure water, the cosmetics sector, printing are the leading ones. Apart from these, chemical production areas and biotechnology areas that need pure water are among the industries that prefer de-ionization systems. In addition, since the water purified from its ions loses its conductivity, it can be easily preferred in the electronics sector and power plants. De-ionization systems, which can be used easily in all industrial areas that need both pure water and low conductivity water, are preferred because they purify water without chemicals and are low cost. You can also contact us for detailed information about this system.

    Features of De-Ionization Systems

     Since heavy chemicals are not used in de-ionization processes, they are considered as environmentally and nature-friendly treatment systems. In addition, the fact that this system is easy to control is one of the reasons why it is preferred. Regenerating the resins of the de-ionization system, which is low cost and useful, is also among its features. Being one of the least costly and most useful systems to purify water is among its important features. Thanks to the reverse osmosis method, it is among the useful purification systems by separating the ions in the water into anion and cation units and providing pure water. You can reach us from the phone numbers on our website to get information on all the issues you need.

    Advantages of De-Ionization Systems

     Among the advantages of de-ionization systems is that it is the least costly method for achieving the desired level of purity of ground and surface waters. In terms of the industry used, its low cost and energy consumption and long-term savings are among its advantages. It is also very important that the quality of the pure water obtained is high, since it is one of the end products of today's technology. The quality of the pure water obtained ensures longer life of the production and the devices used. The fact that it can work automatically without the need for extra effort means that de-ionization systems are useful. Thanks to its resins, it also offers a long-lasting use if it is regenerated regularly. In the light of all these, we can say that it is the most preferred system among water purification methods using the latest technology.

    Frequently Asked Questions

    Are Chemicals Used in the De-Ionization System?

     No, it is not used. There is no need for the use of chemicals in the de-ionization system, which is based on the process of taking the ions from the water with the reverse osmosis method of the anion and cation-loaded units.

    What are the De-Ionization Unit Types?

     There are two different kinds of De-ionization units. These are mixbed systems that have units where anion and cation are used together. The other is systems that have units where anion and cation units are located separately.



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